How Invertix launched on X

Invertix is launching Prometheus, an agentic system designed to autonomously monitor energy plants by combining specialized agents, model orchestration, and persistent memory on top of a physics-grounded, multimodal foundation. The product targets operators of solar, wind, and battery storage portfolios, where teams currently spend their days manually stitching together fragmented telemetry, investigating faults, and coordinating field work across departments. Invertix, founded in February 2026 by Joseph Perrotta and Kaan Durmaz , has framed Prometheus as the first concrete step toward what the company calls Energy Superintelligence. Under the hood, the system reflects the broader architecture Invertix has been building, which pairs large language models with time series analysis and direct integration into energy plants through an energy-specific ontology that gives agents a shared model of equipment, documents, contracts, and people. That design lets agents correlate evidence across assets, review each other's findings, and coordinate interventions with on-site humans, which matters now because solar, wind and storage capacity is growing faster than operators can hire and train the specialists needed to evaluate alarms, coordinate maintenance, and handle compliance . The Munich-based team is part of Y Combinator's Fall 2026 batch and recently raised a pre-seed round led by Vireo Ventures, with CEO Joseph Perrotta positioning the agents as a way to alleviate operational bottlenecks so that specialists can focus on complex decisions rather than displace them. For investors and operators tracking autonomous infrastructure, Prometheus is worth a look as an early production attempt at putting multi-agent systems directly in the control loop of renewable generation, with the company signaling data center operations as the next adjacent market.